CN202698769U - Control system for embedded ceiling curtain - Google Patents

Abstract

A control system for an embedded ceiling curtain is disclosed. The curtain is drawn back or closed through forward rotation and backward rotation of a winding mechanism which is driven through a motor or manual operation without an additional tension force system or other driving mechanisms. The curtain is enabled to be in a smooth sag-free state at any positions through the rigidity of curtain materials and support mechanisms such as bracing wires and the like, and therefore control bracing wires or support bracing wires can not be seen when the curtain is completely drawn back or in utilization, and users can be provided with flawless visual feel.

Description

Embedded ceiling blind control system

Technical field

The present invention is applicable to the curtain field, be particularly useful for containing regular geometric shapes self with rigidity such as the installing and using as ceiling blind etc. such as organ shade, pleated curtain.

Background technology

Organ shade, pleated curtain etc. contain the curtain of regular geometric shapes with its lucid and lively, succinct moulding, attract liking of people, and organ shade wherein has more good sound insulation, the characteristic such as heat insulation, become increasing people's household, the finishing of office is selected.

It is folding sagging that existing ceiling blind exists various inconvenience, collapsible ceiling blind to have when packing up or do not launch fully in structure and use, and the different degree of sag of opening degree are also different, affect visual effect; Although reeling type sunshade curtain can keep the level of curtain under each state, so that the complex structure of product, power dissipation ratio is larger during motorized motions because making its maintenance level.

But existingly on the market can be used as level that ceiling blind uses or mostly complex structure, function singleness, the installation inconvenience of controlling organization of the organ shade that tilts to install, pleated curtain etc., and expensive.

The coherent reference data:

Chinese patent application number: 1) 200920101047.1

U.S. Patent number: 1) 5195569; 2) 5287908

Summary of the invention

Embedded ceiling blind control system of the present invention, a). comprise at least 1 top fixed installation crossbeam that can be profile structure; B). comprise at least 1 group and contain utilize motor or the manual operation rotating that are driven by motor or manual operation the winding mechanism of the synchronous retractable cable of both direction is provided; C). can comprise two hard-wired curb girders in side; D). can comprise at least 1 with the control circuit board of remote control reception module; E). can comprise at least one group of power supply; F). can comprise at least one control remote controller; G). can comprise at least one group of symmetrical supporting mechanism of installing; H). comprise at least one movable beam that can be profile structure, i). can comprise one and can be profile structure bottom mounting rail, j). comprise the conducting mechanism of at least one group of symmetrical curtain backguy of installing, k). or comprise the manual-operating mechanism that a cover is used for the manual actuation winding mechanism, control circuit board control motor with the remote control reception module, receive the instruction control motor action of remote controller with the control circuit board of remote control reception module, drive movable beam and move the folding that realizes curtain thereby the conducting mechanism of action by corresponding curtain backguy of the winding mechanism of coupled provided both direction retractable cable is provided in the action of motor; Or drive the folding that winding mechanism is realized curtain with manual-operating mechanism.

Wherein said at least 1 group that comprises contains utilize motor or the manual operation that are driven by motor or manual operation and drives the winding mechanism that rotating provides the synchronous operating thread of both direction, wherein said motor can be direct current generator or alternating current generator, and motor can be with the reducing motor of curtain open/close speeds match or by disposing the motor of reducing gear and curtain open/close speeds match; The manual-operating mechanism of the driven winding mechanism rotation that wherein said manual operation is configurable and manual operation is mated; Wherein the backguy quantity of each direction of the said winding mechanism that the synchronous retractable cable of both direction is provided can be two or more, two of one of them direction or more Duola's line by said conducting mechanism group and a corresponding side that is fixed on said movable beam, two of another direction or more Duola's line by said conducting mechanism group and the corresponding opposite side that is fixed on said movable beam; Wherein take-up speed and the payingoff speed of every line of the said winding mechanism that the synchronous operating thread of both direction is provided are complementary.

Wherein saidly utilize motor or manual operation to drive the winding mechanism that rotating provides the synchronous operating thread of both direction, the structure of this mechanism can be: comprise a worm screw member that screw-rod structure is arranged; Comprise a minute line components that nut structure is arranged that is complementary with screw rod, divide the corresponding guide wheel of installing on the line components, said many curtain backguys can corresponding be fixed on the coiling face of worm screw member through corresponding guide wheel, said coiling face can be the equal diameter cylinder concentric with said screw rod, it also can be said screw rod itself, divide the motionless mode of line components to be wound into correct position by rotating said worm screw member after first the backguy of a side being fixed on the corresponding position of said winding face during coiling, during coiling because of minute line components motionless its again with worm screw member threaded engagement, so worm screw rotation time-division line components moves radially with it, the backguy diameter of selecting should be less than flight pitch, and the backguy meeting is wrapped on the coiling face equably like this; Again the backguy of opposite side is fixed on the correspondence position of said winding face, at this moment counter-rotate again the worm screw member and divide line components motionless, the backguy meeting of this side is reversed on the coiling face of being wrapped in, at this moment the said backguy meeting of fixing first a side is released, the winding mechanism of the synchronous constant speed unwrapping wire of opposite side when so just consisting of a side take-up.

Wherein saidly comprise at least one group of symmetrical supporting mechanism of installing, the support object of this supporting mechanism is movable beam or curtain body; This supporting mechanism can be the structure of the Support Level that cooperates with guide wheel, also can be the guide rail structure that cooperates with guide wheel, or the combination of dual mode, and said Support Level also can be said curtain backguy in the structure of Support Level wherein.

Said at least one movable beam that can be profile structure that comprises wherein, this crossbeam is used for the folding curtain body, and wherein an end of said all curtain backguys can symmetrical be fixed on the respective side of this crossbeam through corresponding separated time guide wheel mechanism; The two ends of said Support Level can symmetrical be fixed on the respective side of this crossbeam; This crossbeam can be furnished with the guide wheel with said Support Level or guide rail simultaneously.

Wherein saidly comprise two hard-wired curb girders in side, this curb girder can comprise the structural plane that can block curtain backguy or Support Level, also can comprise the said guide rail that is used for support that cooperates with the guide wheel of said movable beam, this guide rail can be the said structural plane that blocks curtain backguy or Support Level itself.

The said conducting mechanism that comprises at least one group of symmetrical curtain backguy of installing wherein, this group mechanism can make the curtain backguy of the different directions of being drawn by said winding mechanism finally be fixed on the opposite face of said movable beam symmetry, and this group conducting mechanism can be done tension adjustment to the curtain backguy of one of them direction of being drawn by said winding mechanism, and this group conducting mechanism can be combined in the position of the supporting mechanism combination of said Support Level.

Wherein said comprise at least 1 top fixed installation crossbeam that can be profile structure and can comprise one can be profile structure bottom mounting rail, said top fixed installation crossbeam can be installed said winding mechanism, the said Support Level in mounting portion and thread drawing mechanism, and control circuit board and possible battery pack can be installed; Said bottom mounting rail can be used for installing the wire assembly of said Support Level or backguy.

The position of the supporting mechanism by said Support Level and the conducting mechanism of backguy cooperates, can make corresponding Support Level or backguy be configured in two sides of blind system, blocking of structural plane by the said curb girder that comprises the structural plane that can block curtain backguy or Support Level makes said backguy or Support Level not in sight in user's use side again.

Can the symmetry by associated mechanisms use or deleting or superposeing and to make up the embedded ceiling blind control system of singly opening, splitting or opening more that realizes curtain by corresponding mechanism.

1. embedded ceiling blind control system of the present invention can realize the opening and closing of curtain by the rotating of motor-driven winding mechanism by one group, does not need the tension system that adds or other driving mechanism.

2. embedded ceiling blind control system of the present invention is utilized the rigidity of curtain material self and the supporting mechanisms such as Support Level of configuration, can make curtain all be in formation state in any position.

3. embedded ceiling blind control system of the present invention is opened or the use state can be can't see control or support backguy fully at curtain, can be the user flawless visual sense feeling is provided.

4. embedded ceiling blind control system of the present invention has the automatic protection functions on all curtain traffic directions, can automatically stop when running to limit folding position or running into obstacle, and the facility without pipe is arranged folding to use to press behind the operating key.

5. the energy of embedded ceiling blind control system employing of the present invention can be power supply adaptor or battery pack, also can be the renewable sources of energy such as solar panel supporting with rechargeable battery.

6. embedded ceiling blind control system of the present invention can be made the blind system as shown in figure 13 of singly opening.Can make simultaneously the blind system of splitting as shown in figure 15, the user can select to install different casements or the winding machine by opening different directions to the different requirements of light, colors of curtain and light transmittance etc.

7. embedded ceiling blind control system of the present invention adopts modularized design, and the user can be machined by integral body on-the-spot simple installation by the blind system of size customization.

Primary structure of the present invention:

1. have at least a power supply, this power supply can be battery pack or DC power source adapter, and the most handy rechargeable battery pack of battery pack is if use rechargeable battery pack, native system disposes one group of solar panel or a charger at least, but also adapted AC power of this system.

2. one group of control circuit board, this circuit board can contain the remote control reception module, can receive the telecommand that remote controller sends and make corresponding response, can control respectively the stopping of one or above motor, forward, return motion, the current situation in the time of can detecting motor rotation is also made corresponding action according to the result who detects.

3. can comprise a remote controller.

4. comprise at least a movable beam, this movable beam should have enough intensity, and a side of corresponding assembly and curtain body can be installed.

5. to each mechanism of movable beam independently, a corresponding at least direct current (or interchange) reducing motor, the rotating speed of this motor and output torque must be complementary with the folding speed of curtain and required torsion.

The mechanism of each movable beam corresponding at least one group by motor-driven winding mechanism, but but every group of winding mechanism will guarantee to be fixed on four curtain line correspondences in this mechanism is divided into two groups and is wrapped in equably isodiametric coiling position by different winding direction constant speed and constant speed is sent the curtain line equably by isodiametric coiling position.

7. the mechanism of each movable beam comprises at least drawing of two symmetrical curtain lines and send conduction mechanism with separated time, the separated time connecting gear of the simultaneously configurable Support Level that supports for curtain body of this mechanism, and the tension adjustment assembly of the configurable curtain backguy of this mechanism.

8. the mechanism of each movable beam can comprise drawing of two or more symmetrical curtain Support Level and send conduction mechanism with separated time.

10. the mechanism of each movable beam can comprise two symmetrical conducting mechanisms that are fixed on the movable beam, this mechanism comprise can with curtain Support Level or the guide wheel that cooperates with guide rail, the simultaneously fixedly curtain open/close backguy of both direction of this mechanism, and fixing curtain Support Level, this mechanism can be furnished with the via hole of curtain backguy and Support Level more simultaneously.

11. comprise at least fixed installation crossbeam empty in, one group of said winding mechanism that contains motor can be installed in this crossbeam at least; Drawing of two said symmetrical curtain lines can be installed at least send conduction mechanism with separated time; Drawing of two said symmetrical curtain Support Level can be installed at least send conduction mechanism with separated time; Control circuit board can be installed and the remote control reception module that is installed on the control circuit board can be worked; One Battery pack group can be installed; A side that hangs curtain body can be installed.

12. the side mounting rail of two blind systems about can comprising, the structure of this beam can be blocked backguy or the Support Level of said curtain, the configurable guide rail that cooperates with " 10 " said guide wheel of this beam when needing.

13. can comprise the end mounting rail of a blind system, this beam can be installed the guide wheel mechanism of curtain backguy and Support Level, this guide wheel mechanism can import curtain line and Support Level direction on request and derive.

Description of drawings

Reference numbers implication in the accompanying drawing of the present invention: what two digits marked is the assembly of local mechanism; What three bit digital marked is parts, and with tail number after three bit digital is the quantity numbering of same parts.

Fig. 1 be embedded ceiling blind control system assembling of the present invention singly open the perspective view of product when half-open.

Fig. 2 is that the product of singly opening of embedded ceiling blind control system assembling of the present invention does not contain the perspective view that analyse and observe at the functional entity position of curtain body.

Fig. 3 be among Fig. 2 10 assemblies contain the perspective key diagram of analysing and observe.

Fig. 4 be among Fig. 2 30 assemblies contain the perspective key diagram of analysing and observe.

Fig. 5 be among Fig. 2 31 assemblies contain the perspective key diagram of analysing and observe.

Fig. 6 be among Fig. 2 20 assemblies contain the perspective key diagram of analysing and observe.

Fig. 7 be among Fig. 2 21 assemblies contain the perspective key diagram of analysing and observe.

Fig. 8 left side is the perspective key diagram of 40 assemblies among Fig. 2, and the right side is the side view of 40 assemblies and curtain backguy and the explanation of Support Level position relationship.

Fig. 9 right side is the perspective key diagram of 41 assemblies among Fig. 2, and the left side is the side view of 41 assemblies and curtain backguy and the explanation of Support Level position relationship.

Figure 10 left side is the perspective key diagram of 50 assemblies among Fig. 2, and the right side is the side view of 50 assemblies and curtain backguy and the explanation of Support Level position relationship.

Figure 11 right side is the perspective key diagram of 51 assemblies among Fig. 2, and the left side is the side view of 51 assemblies and curtain backguy and the explanation of Support Level position relationship.

Front view when Figure 12 is the product standard-sized sheet of embedded ceiling blind control system assembling of the present invention.

Figure 13 be embedded ceiling blind control system assembling of the present invention singly open the front view of product when half-open.

Figure 14 be ceiling curtain Controller of the present invention assembling singly open the product complete shut-down time front view.

Figure 15 be embedded ceiling blind control system assembling of the present invention split the front elevational schematic of product both sides when all half-open.

Figure 16 is perspective view and the side view that can demonstrate fully the organ curtain plate that is applicable to embedded ceiling blind control system of speciality of the present invention.

Figure 17 is perspective view and the side view that can demonstrate fully the bouffancy curtain plate that is applicable to embedded ceiling blind control system of speciality of the present invention.

Figure 18 is perspective view and the enlarged side view of 001 parts among Fig. 2.

Figure 19 be among Fig. 2 with perspective view and the enlarged side view of the cover plate that cooperates of 001 parts.

Figure 20 is perspective view and the enlarged side view of 002 parts among Fig. 2.

Figure 21 is perspective view and the enlarged side view of 004 parts among Fig. 2.

Figure 22 is perspective view and the enlarged side view of 003 parts among Fig. 2.

Figure 23 is the circuit theory diagrams of controlling organization shown in Figure 2.

Figure 24 is the control flow chart of controlling organization shown in Figure 2.

The specific embodiment

The concrete embodiment of explanation take structure shown in Figure 2 as the example assembling process.

1. with reference to the assembly 10 in Fig. 3 assembly drawing 2: 1. parts 016-1,016-2,016-3,016-4 are fixed on the parts 102 diagram correspondence positions with the axle of coupling; 2. the parts 102 that will assemble again screw in the parts 103 with direction as shown and are screwed into correct position; 3. get the curtain backguy 008 and 010 of two appropriate length and pass groove corresponding between 016-2 and 016-4, in corresponding position is separately fixed at an end of curtain backguy the installing hole that 103 parts reserve, and continuation rotary part 103, at this moment 008 and 010 can be wrapped on 103, and with parts 102 and relative radial motion meeting uniform winding on 103 equal diameter winding face of 103, when being wound into the other end correct position of screw thread travel, stop; 4. get again the curtain backguy 007 and 009 of appropriate length and pass groove corresponding between 016-1 and 016-3, and the end of 007 and 009 correspondence is fixed in the corresponding installing holes that parts 103 reserve in addition, with 103 parts by the opposite suitable number of turns of direction rotation of front direction of rotation; The motor 105 that 5. will weld the driving power wire is screwed together with its installing plate 104, and the axle with motor inserts the mounting hole site of reserving on 103 parts of having assembled again, and it is pressed onto correct position; The other end of the parts 103 that 6. will assemble inserts in the preformed hole by parts 101 sides of diagram receiving member 016-5,016-6,016-7,016-8 parts; 7. the parts 104 that will assemble are put into the chamber of parts 101, and the position, hole of reservation on the screw hole position of reserving on the parts 104 and the parts 101 alignd and are screwed this assembly installation.

2. with reference to 20 assemblies in Fig. 6 assembly drawing 2: 1. parts 016-9,016-10,016-11,016-12,016-13,016-14,016-16 are installed on the position of parts 201 correspondences with the axle of coupling; 2. parts 016-15 is installed on the parts 203-1 with the axle of coupling; The parts 203-1 that 3. will assemble is fixedly connected with the mounting hole site of reserving respectively with parts 201 with spring members 204-1.

3. with reference to 21 assemblies in Fig. 7 assembly drawing 2: 1. parts 016-17,016-18,016-19,016-20,016-21,016-22,016-24 are installed on the position of parts 202 correspondences with the axle of coupling, parts 202 are symmetrical with parts 201 mirror images; 2. parts 016-23 is installed on the parts 203-2 with the axle of coupling; The parts 203-2 that 3. will assemble is fixedly connected with the mounting hole site of reserving respectively with parts 202 with spring members 204-2.

4. with reference to 30 assemblies in Fig. 4 assembly drawing 2, parts 016-25,016-26 are installed on position corresponding to parts 301-1 with the axle of coupling.

5. with reference to 31 assemblies in Fig. 5 assembly drawing 2, parts 016-27,016-28 are installed on position corresponding to parts 301-2 with the axle of coupling.

6. with reference to 40 assemblies in Fig. 8 assembly drawing 2, parts 403-1 is installed on the position of parts 401 correspondences with the axle of coupling.

7. with reference to 41 assemblies in Fig. 9 assembly drawing 2, parts 403-2 is installed on the position of parts 402 correspondences with the axle of coupling, wherein parts 402 are symmetrical with parts 401 mirror images.

8. with reference to 50 assemblies in Figure 10 assembly drawing 2, parts 016-29,016-30,016-31,016-32 are installed on position corresponding to parts 501-1 with the axle of coupling.

10. with reference to 51 assemblies in Figure 11 assembly drawing 2, parts 016-33,016-34,016-35,016-36 are installed on position corresponding to parts 501-2 with the axle of coupling.

11. the parts that Figure 18,19,20,21,22 be can be section bar with reference to Fig. 2 block length into requirement and the relevant mounting hole site of preprocessing by product requirement.

12. be connected and fixed with suitable connector with reference to the parts of Fig. 2 mounting hole site that Figure 18,20,21 preprocessing is relevant and be integrated.

13. assembly " 10 ", " 20 ", " 21 ", " 30 ", " 31 ", " 50 ", " 51 " philosophy that will assemble with reference to Fig. 2 are fixed on corresponding position.

14. assembly " 40 ", " 41 " that will assemble with reference to Fig. 2 are fixed on the position with processing component 003 correspondence.

15. with the machining hole position on request of the curtain body shown in Figure 16 or 17, and one side and obverse correspondence position with processing component 003 installed and fixed, the obverse correspondence position of opposite side with the parts 001 of having assembled installed and fixed.

16. will can be the curtain Support Level 005 and 006 of high strength and high flexibility passes the preformed hole of parts 003 and passes curtain body and the machining hole of parts 001 with reference to Fig. 2, refer again to Fig. 4,5,6,7,8,9,10,11 with Support Level 005 and 006 successively by the diagram requirements pass the correspondence assembly, the assembly " 40 " of installing on the Zhongdao parts 003 and " 41 " are located and are fixed on the reserving installation hole position of assembly of correspondence, adjust parallel with parts 001 parts 003, after moving respectively the other end of backguy 005 and 006 to suitable degree of tightness, this end of backguy is fixed on the fixed hole position place of parts 003 correspondence, this moment, parts 003 were connected as a single entity by other assembly or the parts of Support Level and curtain with curtain body, and parts 003 can slide along the Support Level direction.

17. with reference to Fig. 2,3,6,7,8,9,10,11 will can be the curtain backguy 007 of high strength, low elasticity, 008 and 009,010 passes behind the corresponding guide wheel Zhongdao assembly " 40 " by the diagram requirement and " 41 " are located successively, parts 003 are slided into correct position and adjust its parallel with parts 001 or 004 according to the winding situation of curtain backguy on parts 103, pre-fix on the reservation fixing hole of assembly 40 or 41 after will straining without the backguy 008 and 010 of tension adjustment mechanism first, will have again the backguy 007 and 009 of tension adjustment mechanism to pre-fix on 40 and 41 reservation fixing hole with suitable degree of tightness respectively.

18. with reference to Fig. 2,23 control circuit board and battery pack can be installed between assembly " 10 " and assembly " 30 " or " 31 ", and control circuit board, battery pack and motor are connected Figure 23 connect, connect external power source such as solar panel or power supply adaptor etc. can be located to draw by " supply socket " among Figure 23 such as need.

After 19. the product that will assemble is placed by the mode that will install, can press the remote controller drive system repeatedly move curtain repeatedly after, confirm the parallel situation of parts 003 and parts 001 or 004, and the degree of tightness situation of curtain backguy and Support Level, if any unusually can again adjusting curtain backguy or Support Level, this process can repeat, and finally makes product adjust to the state that can stablize use.

So far, this kind assembling product is finished.

The product of splitting that contains two movable beams shown in Figure 15, to utilize above same principle, with parts 004 place be replaced by 001 and the correspondence of associated component install, assembly wherein is such as can combine together design and make it satisfy the control needs of more line of " 20 " and " 50 " and " 21 " and " 51 ", " 40 " or " 41 " assembly also need redesign, and repeats no more here because realizing that principle is identical.

If product size is narrow, middle curtain body Support Level can be cancelled, and curtain Support Level structure wherein can be reduced to directly that the mode of fixed support line realizes between assembly " 20 " and " 50 " and " 21 " and " 51 ".This mechanism more can be reduced to the mode that is doubled as the curtain Support Level by the curtain backguy and realize.

Larger or length is long especially such as the width dimensions of fruit product, perhaps can't guarantee that with Support Level product is without sagging merely, side shown in Figure 20 can be installed the change of section bar part design, in side section bar is installed and is increased guide rail, the guide wheel that cooperates with guide rail is installed at two ends at parts 003 shown in Figure 2, so that the weight of movable beam mainly by guide supporting, supports the possible sagging of curtain body by Support Level again, Support Level wherein can be organized symmetrical the installation more.Or can directly utilize the block surface of curtain homologous lines that side shown in Figure 20 installs section component as guide rail, at parts 003 two ends correspondence position the weight that the mode that supports pulley supports movable beam is installed.

Function declaration

1. the function declaration of curtain Support Level: with reference to Fig. 2,4,5,6,7,8,9,10,11 as can be known, Support Level 005 and 006 two ends are separately fixed at the antimere of movable beam parts 003, middle is the pulley contact with contacting of other mechanism, so the existence of this Support Level can not consist of the obstruction of movable beam motion, if two the close inclination that also can not cause movable beam of the pulling force of Support Level, this Support Level is connected and installed fixed part 001 and 004 by corresponding guide wheel mechanism again simultaneously, and movable beam contacts with Support Level by guide wheel, therefore this Support Level can provide support movable beam, and the curtain body that passes on it is provided support.

2. the function declaration of curtain backguy: with reference to Fig. 2,3,6,7,8,9,10,11 as can be known, the homonymy that curtain backguy 007 and an end of 009 are separately fixed at equal diameter winding part 103 twines face, the other end is separately fixed at the antimere of correspondence of the homonymy of movable beam, middle is the pulley contact with contacting of other mechanism, so this group backguy finally can be applied on the homonymy of movable beam because of the power that the motor rotation produces, simultaneously curtain backguy 008 and an end of 010 are separately fixed at homonymy equal diameter winding part 103 and backguy 007 and 009 reverse side and twine face, the other end be separately fixed at movable beam correspondence with backguy 007 and 009 reverse antimere, middle is the pulley contact with contacting of other mechanism, so this group backguy finally can be applied on the movable beam because of the power that the motor rotation produces, and backguy 008,010 active force and 007 that produces at movable beam, 009 force direction that produces at movable beam is opposite, as shown in Figure 3 when 103 rotation of machine operation band dynamic component, if 007,009 is take-state, 008,010 just is the unwrapping wire state, and the speed of retractable cable equates, vice versa, therefore when a side draw of movable beam increases, the pulling force of opposite side can reduce, the official post movable beam of consequent power produces mobile to corresponding direction, and then realizes the folding of curtain.By Fig. 6,7 as can be known curtain backguy 007 and 009 pass respectively the tension adjustment mechanism that contains spring members, this mechanism makes the state that backguy 007 and 009 is in all the time tension force, corresponding backguy 008 and 010 also has the tension force effect all the time, make movable beam be in all the time slave mode, with backguy 007,009 relative backguy 008,010 there is no tension adjustment mechanism, and the backguy of curtain is the high strength, low elasticity material that adopts, therefore backguy 008 and 010 synchronous folding and unfolding can guarantee that the operation at movable beam two ends is synchronous, make movable beam all keep parallel with parts 001 or 004 in any position.

3. function declaration is used in remote control: with reference to Fig. 2,3,6,7,8,9,10,11,23,24, when remote controller sends telecommand, remote control reception module on the control circuit board can receive remote signal, and remote signal is converted into the level signal that contains remote information is sent to pin corresponding to IC1, if being in the IC1 that the level variation meeting of the corresponding pin of power-down state will be in power-down state, system wakes up, and the level signal that comprises remote information decoded, output according to the output control respective pin of decoding, the drive IC 2 that the high-low level state of corresponding pin is controlled again motor produces corresponding output, and then the control motor produces forward, the counter-rotating or stop, the action of motor drives the action of winding part 103, simultaneously folding and unfolding or stop the corresponding curtain backguy of folding and unfolding is finally opened, close or stop the operation of curtain.

4. put in place or meet obstacle automatic hold function explanation: with reference to Figure 23,24, when motor runs to the extreme position of standard-sized sheet or complete shut-down, if there is no the remote control halt instruction, then motor remains in operation, at this moment because of movable beam without position-movable, so it is motionless that motor can turn round, be in the stall state, the electric current that is in the motor of stall state can increase unusually, and the electric current of the motor of flowing through all passes through resistance shown in Figure 23 " R1-1 ", this resistance can be converted into the current status of flowing through voltage signal and this voltage signal is sent to the corresponding pin of the IC1 of A/D translation function, when the current anomaly of flow through " R1-1 " increases, act on the simultaneously unusual increase of voltage signal on " IC " corresponding pin, " IC1 " carries out logic relatively with the reference value of setting to this voltage signal after the A/D conversion, determine whether to stop the running of motor.The movable beam off-duty is to extreme position, when in service when running into obstacle motor also can be in the stall state, system also can be automatically out of service, principle is the same.

The combination that more than is the specific configuration and instances of the present invention describes in detail, introduces major advantage of the present invention here.

1. the present invention utilizes the rigidity that organ shade, pleated curtain etc. self have, in conjunction with support structure of the present invention design, even so that curtain horizontal positioned when using, under any state all without sagging.

2. the product of the present invention design is by the utilization to curtain frame etc., can make the user in use can't see backguy or the Support Level of curtain, for the user provides flawless visual experience.

3. drive energy wide adaptability of the present invention can be selected common batteries, DC power source adapter, rechargeable battery etc., if can or directly charge with solar panel etc. with the common charger of coupling with rechargeable battery.

4. the present invention is by the selection to electronic device and system control mode, make the stand-by power consumption of system very low, use less solar panel just can satisfy the global function instructions for use of system, so that native system has practicality, do not affecting outward appearance and the performance of product simultaneously easily the utilization of solar energy.

5. the curtain product of the present invention's making possesses the automatic hold function of folding operation, and the position that can automatically run to desired location or standard-sized sheet, complete shut-down stops automatically.Also possess simultaneously and on each traffic direction, run into the obstacle automatic hold function.

6. use by the symmetrical or stack of controlling organization of the present invention and can make the curtain Controller of splitting or opening more, make the user that more selection be arranged.

7. product of the present invention can make whole blind system have an integral body of one's own by modular design, user friendly on-the-spot the installation.

8. control system of the present invention can adopt the low-voltage direct reducing motor, and is safe and reliable, and noise is low.

Claims (10)

1. embedded ceiling blind control system is primarily characterized in that:

A). comprise at least 1 top fixed installation crossbeam that can be profile structure; B). comprise at least 1 group and contain utilize motor or the manual operation rotating that are driven by motor or manual operation the winding mechanism of the synchronous retractable cable of both direction is provided; C). can comprise two hard-wired curb girders in side; D). can comprise at least 1 with the control circuit board of remote control reception module; E). can comprise at least one group of power supply; F). can comprise at least one control remote controller; G). can comprise at least one group of symmetrical supporting mechanism of installing; H). comprise at least one movable beam that can be profile structure, i). can comprise one and can be profile structure bottom mounting rail, j). comprise the conducting mechanism of at least one group of symmetrical curtain backguy of installing, k). or comprise the manual-operating mechanism that a cover is used for the manual actuation winding mechanism, control circuit board control motor with the remote control reception module, receive the instruction control motor action of remote controller with the control circuit board of remote control reception module, drive movable beam and move the folding that realizes curtain thereby the conducting mechanism of action by corresponding curtain backguy of the winding mechanism of coupled provided both direction retractable cable is provided in the action of motor; Or drive the folding that winding mechanism is realized curtain with manual-operating mechanism.

2. embedded ceiling blind control system according to claim 1, it is characterized in that: wherein said at least 1 group that comprises contains utilize motor or the manual operation that are driven by motor or manual operation and drives the winding mechanism that rotating provides the synchronous operating thread of both direction, wherein said motor can be direct current generator or alternating current generator, and motor can be with the reducing motor of curtain open/close speeds match or by disposing the motor of reducing gear and curtain open/close speeds match; The manual-operating mechanism of the driven winding mechanism rotation that wherein said manual operation is configurable and manual operation is mated; Wherein the backguy quantity of each direction of the said winding mechanism that the synchronous retractable cable of both direction is provided can be two or more, two of one of them direction or more Duola's line by said conducting mechanism group and a corresponding side that is fixed on said movable beam, two of another direction or more Duola's line by said conducting mechanism group and the corresponding opposite side that is fixed on said movable beam; Wherein take-up speed and the payingoff speed of every line of the said winding mechanism that the synchronous operating thread of both direction is provided are complementary.

3. embedded ceiling blind control system according to claim 2, it is characterized in that: wherein saidly utilize motor or manual operation to drive the winding mechanism that rotating provides the synchronous operating thread of both direction, the structure of this mechanism can be: comprise a worm screw member that screw-rod structure is arranged; Comprise a minute line components that nut structure is arranged that is complementary with screw rod, divide the corresponding guide wheel of installing on the line components, said many curtain backguys can corresponding be fixed on the coiling face of worm screw member through corresponding guide wheel, said coiling face can be the equal diameter cylinder concentric with said screw rod, it also can be said screw rod itself, divide the motionless mode of line components to be wound into correct position by rotating said worm screw member after first the backguy of a side being fixed on the corresponding position of said winding face during coiling, during coiling because of minute line components motionless its again with worm screw member threaded engagement, so worm screw rotation time-division line components moves radially with it, the backguy diameter of selecting should be less than flight pitch, and the backguy meeting is wrapped on the coiling face equably like this; Again the backguy of opposite side is fixed on the correspondence position of said winding face, at this moment counter-rotate again the worm screw member and divide line components motionless, the backguy meeting of this side is reversed on the coiling face of being wrapped in, at this moment the said backguy meeting of fixing first a side is released, the winding mechanism of the synchronous constant speed unwrapping wire of opposite side when so just consisting of a side take-up.

4. embedded ceiling blind control system according to claim 1 is characterized in that: wherein saidly comprise at least one group of symmetrical supporting mechanism of installing, the support object of this supporting mechanism is movable beam or curtain body; This supporting mechanism can be the structure of the Support Level that cooperates with guide wheel, also can be the guide rail structure that cooperates with guide wheel, or the combination of dual mode, and said Support Level also can be said curtain backguy in the structure of Support Level wherein.

5. embedded ceiling blind control system according to claim 1, it is characterized in that: said at least one movable beam that can be profile structure that comprises wherein, this crossbeam is used for the folding curtain body, and wherein an end of said all curtain backguys can symmetrical be fixed on the respective side of this crossbeam through corresponding separated time guide wheel mechanism; The two ends of said Support Level can symmetrical be fixed on the respective side of this crossbeam; This crossbeam can be furnished with the guide wheel with said Support Level or guide rail simultaneously.

6. embedded ceiling blind control system according to claim 1, it is characterized in that: wherein saidly comprise two hard-wired curb girders in side, this curb girder can comprise the structural plane that can block curtain backguy or Support Level, also can comprise the said guide rail that is used for support that cooperates with the guide wheel of said movable beam, this guide rail can be the said structural plane that blocks curtain backguy or Support Level itself.

7. embedded ceiling blind control system according to claim 1, it is characterized in that: the said conducting mechanism that comprises at least one group of symmetrical curtain backguy of installing wherein, this group mechanism can make the curtain backguy of the different directions of being drawn by said winding mechanism finally be fixed on the opposite face of said movable beam symmetry, and this group conducting mechanism can be done tension adjustment to the curtain backguy of one of them direction of being drawn by said winding mechanism, and this group conducting mechanism can be combined in the position of the supporting mechanism combination of said Support Level.

8. embedded ceiling blind control system according to claim 1, it is characterized in that: wherein said comprise at least 1 top fixed installation crossbeam that can be profile structure and can comprise one can be profile structure bottom mounting rail, said top fixed installation crossbeam can be installed said winding mechanism, the said Support Level in mounting portion and thread drawing mechanism, and control circuit board and possible battery pack can be installed; Said bottom mounting rail can be used for installing the wire assembly of said Support Level or backguy.

9. the described embedded ceiling blind control system of any one according to claim 1-8, it is characterized in that: the position of the supporting mechanism by said Support Level and the conducting mechanism of backguy cooperates, can make corresponding Support Level or backguy be configured in two sides of blind system, blocking of structural plane by the said curb girder that comprises the structural plane that can block curtain backguy or Support Level makes said backguy or Support Level not in sight in user's use side again.

10. embedded ceiling blind control system according to claim 9 is characterized in that: can use or deleting or superposeing and can make up the embedded ceiling blind control system of singly opening, splitting or opening more that realizes curtain by corresponding mechanism by the symmetry of associated mechanisms.

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